MXY7002 Linear CCD Multi functional Comprehensive Experimental Instrument

Product Introduction

MXY7002 linear array CCD multifunctional comprehensive experimental instrument is a comprehensive experimental instrument product developed by our company for universities in the fields of photoelectric image sensors and machine vision. It has many advantages of similar products, not only allowing students and teachers to intuitively understand the principle of linear CCD, but also enabling students to further understand several typical applications of linear CCD through the provided software and hands-on experimental equipment; More importantly, students can fully unleash their creativity and expand more developmental experiments through the provided secondary development package, truly applying what they have learned. The feature of this experimental instrument is that its experimental facilities and optical system are installed inside the instrument, forming a miniature darkroom. The pull-out cover design is convenient for students to open for observation and experimentation, making the entire optical experiment more effective and not affected by external light sources.

Dimensions: 450mm (length) x 250mm (width) x 150mm (height)

Weight: 6.5kg

teaching aim

1. Understand and master the working principle and application of linear CCD;

2. By utilizing the software SDK provided by the instrument and incorporating students' creativity, the application areas of CCD have become broader;

3. Enable students to master several typical applications of color linear CCD;

4. To cultivate talents for the development of optoelectronic detection technology in our country;

Experimental content

1. Working principle and driving waveform observation of color line array CCD;

2. Adjustment of analog output signals for color line array CCD;

3. Perform A/D conversion and data acquisition on the analog output signal of the color linear CCD through the acquisition card;

4. Binary processing of CCD output signal through software floating threshold;

5. Real time non-contact measurement of object size using color line array CCD;

6. Using a color line array CCD to measure the angle of an object;

7. Using a color line array CCD to measure the vibration of an object;

8. Using color line array CCD to recognize one-dimensional barcodes;

9. Using a color line array CCD to scan two-dimensional images of objects;

10. Scalability experiment

(1) Through the provided CPLD program, students can understand the control of peripheral devices by CPLD;

(2) Capable students can also program themselves to generate square waves;

(3) Write a program to collect digital signals from the extended camera using the provided SDK and DEMO program;

(4) Utilize extended cameras and write software for other experiments such as size measurement;